Sun Cream Cosmetic Making Machine Vacuum Homogenizer Emulsifying Mixer

• Product Detail

• Working Principle

  The materials in the water-phase tank and oil-phase tank are heated up and stirred. After they are thoroughly mixed, they will be transferred to the emulsifying tank by vacuum pump. The material will be stirred by the upper part of the central paddle, combined with the PTFE scraper sweeping the wall, the material will be stirred thoroughly and meanwhile be pushed down to the emulsifier at the low part of the central axle. With very high speed emulsifying effect, the material will be seriously cut, sheared, and cracked into 200nm – 2um particles. The bubbles appear during the process will be sucked out promptly in the vacuum status in the tank

Advantages

1. Efficient Mixing: The vacuum homogenizer emulsifying mixer provides efficient mixing by creating a powerful vacuum that helps to reduce air bubbles and increase the overall mixing efficiency.

2. High Shear Homogenization: The machine also provides high shear homogenization that helps to break down particles and create a smooth, consistent texture in the final product.

3. Temperature Control: The machine is equipped with a temperature control system that ensures that the product is heated or cooled to the desired temperature during the manufacturing process.

4. Easy Operation: The Sun Cream Cosmetic Making Machine Vacuum Homogenizer Emulsifying Mixer is easy to operate, with intuitive controls and user-friendly interface.

5. Versatile: The machine can be used for a variety of cosmetic products, including sun creams, lotions, moisturizers, and other similar products.

6. Consistency: With its efficient mixing and high shear homogenization, the machine ensures that the final product has a consistent texture and quality, with no lumps, clumps, or separation.

7. Time-Saving: The machine can mix and homogenize ingredients in a relatively short amount of time, saving manufacturers time and increasing production efficiency.

8. Hygiene: The machine is designed with hygiene in mind, with easy-to-clean surfaces and materials that are resistant to bacteria and other contaminants.